# See the License for the specific language governing permissions and
# limitations under the License.
-# Load nit source files and build the associated model
-#
-# FIXME better doc
-#
-# FIXME split this module into submodules
-# FIXME add missing error checks
module modelbuilder
-import parser
-import model
-import poset
-import opts
-import toolcontext
+import loader
import phase
private import more_collections
###
redef class ToolContext
- # Option --path
- var opt_path: OptionArray = new OptionArray("Set include path for loaders (may be used more than once)", "-I", "--path")
-
- # Option --only-metamodel
- var opt_only_metamodel: OptionBool = new OptionBool("Stop after meta-model processing", "--only-metamodel")
-
- # Option --only-parse
- var opt_only_parse: OptionBool = new OptionBool("Only proceed to parse step of loaders", "--only-parse")
-
# Option --ignore-visibility
- var opt_ignore_visibility: OptionBool = new OptionBool("Do not check, and produce errors, on visibility issues.", "--ignore-visibility")
+ var opt_ignore_visibility = new OptionBool("Do not check, and produce errors, on visibility issues", "--ignore-visibility")
redef init
do
super
- option_context.add_option(opt_path, opt_only_parse, opt_only_metamodel, opt_ignore_visibility)
+ option_context.add_option(opt_ignore_visibility)
end
- fun modelbuilder: ModelBuilder do return modelbuilder_real.as(not null)
- private var modelbuilder_real: nullable ModelBuilder = null
-
- # Run `process_mainmodule` on all phases
- fun run_global_phases(mmodules: Array[MModule])
+ # Combine module to make a single one if required.
+ fun make_main_module(mmodules: Array[MModule]): MModule
do
assert not mmodules.is_empty
var mainmodule
- if mmodules.length == 1 then
+ # We need a main module, so we build it by importing all modules
+ mainmodule = new MModule(modelbuilder.model, null, mmodules.first.name + "-m", new Location(mmodules.first.location.file, 0, 0, 0, 0))
+ mainmodule.is_fictive = true
+ mainmodule.first_real_mmodule = mmodules.first.first_real_mmodule
+ mainmodule.set_imported_mmodules(mmodules)
+ modelbuilder.apply_conditional_importations(mainmodule)
+ if mainmodule.in_importation.direct_greaters.length == 1 and mainmodule.in_importation.direct_greaters.first == mmodules.first then
+ # Drop the fictive module if not needed
mainmodule = mmodules.first
else
- # We need a main module, so we build it by importing all modules
- mainmodule = new MModule(modelbuilder.model, null, "<main>", new Location(null, 0, 0, 0, 0))
- mainmodule.set_imported_mmodules(mmodules)
+ # Or else run phases on it
+ modelbuilder.run_phases
end
- for phase in phases_list do
- if phase.disabled then continue
- phase.process_mainmodule(mainmodule, mmodules)
+ return mainmodule
+ end
+
+ # Run `process_mainmodule` on all phases
+ fun run_global_phases(mmodules: Array[MModule])
+ do
+ if not mmodules.is_empty then
+ var mainmodule = make_main_module(mmodules)
+ for phase in phases_list do
+ if phase.disabled then continue
+ phase.process_mainmodule(mainmodule, mmodules)
+ end
end
+
+ check_errors
+ errors_info
end
end
# Called by the `ToolContext::run_global_phases`.
#
# `mainmodule` is the main module of the program.
- # It could be an implicit module (called "<main>").
+ # It could be an implicit module (called like the first given_mmodules).
#
# `given_modules` is the list of explicitely requested modules.
# from the command-line for instance.
end
-# A model builder knows how to load nit source files and build the associated model
-class ModelBuilder
- # The model where new modules, classes and properties are added
- var model: Model
-
- # The toolcontext used to control the interaction with the user (getting options and displaying messages)
- var toolcontext: ToolContext
-
+redef class ModelBuilder
# Run phases on all loaded modules
fun run_phases
do
- var mmodules = model.mmodules.to_a
+ var mmodules = parsed_modules.to_a
model.mmodule_importation_hierarchy.sort(mmodules)
var nmodules = new Array[AModule]
for mm in mmodules do
- nmodules.add(mmodule2nmodule[mm])
+ if mm.is_fictive then continue
+ nmodules.add(mmodule2node(mm).as(not null))
end
toolcontext.run_phases(nmodules)
if toolcontext.opt_only_metamodel.value then
self.toolcontext.info("*** ONLY METAMODEL", 1)
- exit(0)
- end
- end
-
- # Instantiate a modelbuilder for a model and a toolcontext
- # Important, the options of the toolcontext must be correctly set (parse_option already called)
- init(model: Model, toolcontext: ToolContext)
- do
- self.model = model
- self.toolcontext = toolcontext
- assert toolcontext.modelbuilder_real == null
- toolcontext.modelbuilder_real = self
-
- # Setup the paths value
- paths.append(toolcontext.opt_path.value)
-
- var path_env = "NIT_PATH".environ
- if not path_env.is_empty then
- paths.append(path_env.split_with(':'))
- end
-
- path_env = "NIT_DIR".environ
- if not path_env.is_empty then
- var libname = "{path_env}/lib"
- if libname.file_exists then paths.add(libname)
+ toolcontext.quit
end
-
- var libname = "{sys.program_name.dirname}/../lib"
- if libname.file_exists then paths.add(libname.simplify_path)
end
- # Load a bunch of modules.
- # `modules` can contains filenames or module names.
- # Imported modules are automatically loaded and modelized.
- # The result is the corresponding model elements.
- # Errors and warnings are printed with the toolcontext.
+ # Load module `filename` and add it as a conditional importation of `mmodule`.
#
- # Note: class and property model element are not analysed.
- fun parse(modules: Sequence[String]): Array[MModule]
- do
- var time0 = get_time
- # Parse and recursively load
- self.toolcontext.info("*** PARSE ***", 1)
- var mmodules = new ArraySet[MModule]
- for a in modules do
- var nmodule = self.load_module(a)
- if nmodule == null then continue # Skip error
- mmodules.add(nmodule.mmodule.as(not null))
- end
- var time1 = get_time
- self.toolcontext.info("*** END PARSE: {time1-time0} ***", 2)
-
- self.toolcontext.check_errors
-
- if toolcontext.opt_only_parse.value then
- self.toolcontext.info("*** ONLY PARSE...", 1)
- exit(0)
- end
-
- return mmodules.to_a
- end
-
- # Return a class named `name` visible by the module `mmodule`.
- # Visibility in modules is correctly handled.
- # If no such a class exists, then null is returned.
- # If more than one class exists, then an error on `anode` is displayed and null is returned.
- # FIXME: add a way to handle class name conflict
- fun try_get_mclass_by_name(anode: ANode, mmodule: MModule, name: String): nullable MClass
- do
- var classes = model.get_mclasses_by_name(name)
- if classes == null then
- return null
- end
-
- var res: nullable MClass = null
- for mclass in classes do
- if not mmodule.in_importation <= mclass.intro_mmodule then continue
- if not mmodule.is_visible(mclass.intro_mmodule, mclass.visibility) then continue
- if res == null then
- res = mclass
- else
- error(anode, "Ambigous class name '{name}'; conflict between {mclass.full_name} and {res.full_name}")
- return null
- end
- end
- return res
- end
-
- # Return a property named `name` on the type `mtype` visible in the module `mmodule`.
- # Visibility in modules is correctly handled.
- # Protected properties are returned (it is up to the caller to check and reject protected properties).
- # If no such a property exists, then null is returned.
- # If more than one property exists, then an error on `anode` is displayed and null is returned.
- # FIXME: add a way to handle property name conflict
- fun try_get_mproperty_by_name2(anode: ANode, mmodule: MModule, mtype: MType, name: String): nullable MProperty
- do
- var props = self.model.get_mproperties_by_name(name)
- if props == null then
- return null
- end
-
- var cache = self.try_get_mproperty_by_name2_cache[mmodule, mtype, name]
- if cache != null then return cache
-
- var res: nullable MProperty = null
- var ress: nullable Array[MProperty] = null
- for mprop in props do
- if not mtype.has_mproperty(mmodule, mprop) then continue
- if not mmodule.is_visible(mprop.intro_mclassdef.mmodule, mprop.visibility) then continue
- if res == null then
- res = mprop
- else
- var restype = res.intro_mclassdef.bound_mtype
- var mproptype = mprop.intro_mclassdef.bound_mtype
- if restype.is_subtype(mmodule, null, mproptype) then
- # we keep res
- else if mproptype.is_subtype(mmodule, null, restype) then
- res = mprop
- else
- if ress == null then ress = new Array[MProperty]
- ress.add(mprop)
- end
- end
- end
- if ress != null then
- var restype = res.intro_mclassdef.bound_mtype
- for mprop in ress do
- var mproptype = mprop.intro_mclassdef.bound_mtype
- if not restype.is_subtype(mmodule, null, mproptype) then
- self.error(anode, "Ambigous property name '{name}' for {mtype}; conflict between {mprop.full_name} and {res.full_name}")
- return null
- end
- end
- end
-
- self.try_get_mproperty_by_name2_cache[mmodule, mtype, name] = res
- return res
- end
-
- private var try_get_mproperty_by_name2_cache: HashMap3[MModule, MType, String, nullable MProperty] = new HashMap3[MModule, MType, String, nullable MProperty]
-
-
- # Alias for try_get_mproperty_by_name2(anode, mclassdef.mmodule, mclassdef.mtype, name)
- fun try_get_mproperty_by_name(anode: ANode, mclassdef: MClassDef, name: String): nullable MProperty
- do
- return try_get_mproperty_by_name2(anode, mclassdef.mmodule, mclassdef.bound_mtype, name)
- end
-
- # The list of directories to search for top level modules
- # The list is initially set with :
- # * the toolcontext --path option
- # * the NIT_PATH environment variable
- # * some heuristics including the NIT_DIR environment variable and the progname of the process
- # Path can be added (or removed) by the client
- var paths: Array[String] = new Array[String]
-
- # Get a module by its short name; if required, the module is loaded, parsed and its hierarchies computed.
- # If `mmodule` is set, then the module search starts from it up to the top level (see `paths`);
- # if `mmodule` is null then the module is searched in the top level only.
- # If no module exists or there is a name conflict, then an error on `anode` is displayed and null is returned.
- # FIXME: add a way to handle module name conflict
- fun get_mmodule_by_name(anode: ANode, mmodule: nullable MModule, name: String): nullable MModule
- do
- # First, look in groups of the module
- if mmodule != null then
- var mgroup = mmodule.mgroup
- while mgroup != null do
- var dirname = mgroup.filepath
- if dirname == null then break # virtual group
- if dirname.has_suffix(".nit") then break # singleton project
-
- # Second, try the directory to find a file
- var try_file = dirname + "/" + name + ".nit"
- if try_file.file_exists then
- var res = self.load_module(try_file.simplify_path)
- if res == null then return null # Forward error
- return res.mmodule.as(not null)
- end
-
- # Third, try if the requested module is itself a group
- try_file = dirname + "/" + name + "/" + name + ".nit"
- if try_file.file_exists then
- mgroup = get_mgroup(dirname + "/" + name)
- var res = self.load_module(try_file.simplify_path)
- if res == null then return null # Forward error
- return res.mmodule.as(not null)
- end
-
- mgroup = mgroup.parent
- end
- end
-
- # Look at some known directories
- var lookpaths = self.paths
-
- # Look in the directory of module project also (even if not explicitely in the path)
- if mmodule != null and mmodule.mgroup != null then
- # path of the root group
- var dirname = mmodule.mgroup.mproject.root.filepath
- if dirname != null then
- dirname = dirname.join_path("..").simplify_path
- if not lookpaths.has(dirname) and dirname.file_exists then
- lookpaths = lookpaths.to_a
- lookpaths.add(dirname)
- end
- end
- end
-
- var candidate = search_module_in_paths(anode.hot_location, name, lookpaths)
-
- if candidate == null then
- if mmodule != null then
- error(anode, "Error: cannot find module {name} from {mmodule}. tried {lookpaths.join(", ")}")
- else
- error(anode, "Error: cannot find module {name}. tried {lookpaths.join(", ")}")
- end
- return null
- end
- var res = self.load_module(candidate)
- if res == null then return null # Forward error
- return res.mmodule.as(not null)
- end
-
- # Search a module `name` from path `lookpaths`.
- # If found, the path of the file is returned
- private fun search_module_in_paths(location: nullable Location, name: String, lookpaths: Collection[String]): nullable String
- do
- var candidate: nullable String = null
- for dirname in lookpaths do
- var try_file = (dirname + "/" + name + ".nit").simplify_path
- if try_file.file_exists then
- if candidate == null then
- candidate = try_file
- else if candidate != try_file then
- # try to disambiguate conflicting modules
- var abs_candidate = module_absolute_path(candidate)
- var abs_try_file = module_absolute_path(try_file)
- if abs_candidate != abs_try_file then
- toolcontext.error(location, "Error: conflicting module file for {name}: {candidate} {try_file}")
- end
- end
- end
- try_file = (dirname + "/" + name + "/" + name + ".nit").simplify_path
- if try_file.file_exists then
- if candidate == null then
- candidate = try_file
- else if candidate != try_file then
- # try to disambiguate conflicting modules
- var abs_candidate = module_absolute_path(candidate)
- var abs_try_file = module_absolute_path(try_file)
- if abs_candidate != abs_try_file then
- toolcontext.error(location, "Error: conflicting module file for {name}: {candidate} {try_file}")
- end
- end
- end
- end
- return candidate
- end
-
- # cache for `identify_file` by realpath
- private var identified_files = new HashMap[String, nullable ModulePath]
-
- # Identify a source file
- # Load the associated project and groups if required
- private fun identify_file(path: String): nullable ModulePath
- do
- # special case for not a nit file
- if path.file_extension != "nit" then
- # search in known -I paths
- var candidate = search_module_in_paths(null, path, self.paths)
-
- # Found nothins? maybe it is a group...
- if candidate == null and path.file_exists then
- var mgroup = get_mgroup(path)
- if mgroup != null then
- var owner_path = mgroup.filepath.join_path(mgroup.name + ".nit")
- if owner_path.file_exists then candidate = owner_path
- end
- end
-
- if candidate == null then
- toolcontext.error(null, "Error: cannot find module `{path}`.")
- return null
- end
- path = candidate
- end
-
- # Fast track, the path is already known
- var pn = path.basename(".nit")
- var rp = module_absolute_path(path)
- if identified_files.has_key(rp) then return identified_files[rp]
-
- # Search for a group
- var mgrouppath = path.join_path("..").simplify_path
- var mgroup = get_mgroup(mgrouppath)
-
- if mgroup == null then
- # singleton project
- var mproject = new MProject(pn, model)
- mgroup = new MGroup(pn, mproject, null) # same name for the root group
- mgroup.filepath = path
- mproject.root = mgroup
- toolcontext.info("found project `{pn}` at {path}", 2)
- end
-
- var res = new ModulePath(pn, path, mgroup)
- mgroup.module_paths.add(res)
-
- identified_files[rp] = res
- return res
- end
-
- # groups by path
- private var mgroups = new HashMap[String, nullable MGroup]
-
- # return the mgroup associated to a directory path
- # if the directory is not a group null is returned
- private fun get_mgroup(dirpath: String): nullable MGroup
- do
- var rdp = module_absolute_path(dirpath)
- if mgroups.has_key(rdp) then
- return mgroups[rdp]
- end
-
- # Hack, a dir is determined by the presence of a honomymous nit file
- var pn = rdp.basename(".nit")
- var mp = dirpath.join_path(pn + ".nit").simplify_path
-
- if not mp.file_exists then return null
-
- # check parent directory
- var parentpath = dirpath.join_path("..").simplify_path
- var parent = get_mgroup(parentpath)
-
- var mgroup
- if parent == null then
- # no parent, thus new project
- var mproject = new MProject(pn, model)
- mgroup = new MGroup(pn, mproject, null) # same name for the root group
- mproject.root = mgroup
- toolcontext.info("found project `{mproject}` at {dirpath}", 2)
- else
- mgroup = new MGroup(pn, parent.mproject, parent)
- toolcontext.info("found sub group `{mgroup.full_name}` at {dirpath}", 2)
- end
- mgroup.filepath = dirpath
- mgroups[rdp] = mgroup
- return mgroup
- end
-
- # Transform relative paths (starting with '../') into absolute paths
- private fun module_absolute_path(path: String): String do
- return getcwd.join_path(path).simplify_path
- end
-
- # Try to load a module AST using a path.
- # Display an error if there is a problem (IO / lexer / parser) and return null
- fun load_module_ast(filename: String): nullable AModule
- do
- if filename.file_extension != "nit" then
- self.toolcontext.error(null, "Error: file {filename} is not a valid nit module.")
- return null
- end
- if not filename.file_exists then
- self.toolcontext.error(null, "Error: file {filename} not found.")
- return null
- end
-
- self.toolcontext.info("load module {filename}", 2)
-
- # Load the file
- var file = new IFStream.open(filename)
- var lexer = new Lexer(new SourceFile(filename, file))
- var parser = new Parser(lexer)
- var tree = parser.parse
- file.close
- var mod_name = filename.basename(".nit")
-
- # Handle lexer and parser error
- var nmodule = tree.n_base
- if nmodule == null then
- var neof = tree.n_eof
- assert neof isa AError
- error(neof, neof.message)
- return null
- end
-
- return nmodule
- end
-
- # Try to load a module and its imported modules using a path.
- # Display an error if there is a problem (IO / lexer / parser / importation) and return null
- # Note: usually, you do not need this method, use `get_mmodule_by_name` instead.
- fun load_module(filename: String): nullable AModule
- do
- # Look for the module
- var file = identify_file(filename)
- if file == null then return null # forward error
-
- # Already known and loaded? then return it
- var mmodule = file.mmodule
- if mmodule != null then
- return mmodule2nmodule[mmodule]
- end
-
- # Load it manually
- var nmodule = load_module_ast(file.filepath)
- if nmodule == null then return null # forward error
-
- # build the mmodule and load imported modules
- mmodule = build_a_mmodule(file.mgroup, file.name, nmodule)
-
- if mmodule == null then return null # forward error
-
- # Update the file information
- file.mmodule = mmodule
-
- # Load imported module
- build_module_importation(nmodule)
-
- return nmodule
- end
-
- fun load_rt_module(parent: MModule, nmodule: AModule, mod_name: String): nullable AModule
- do
- # Create the module
- var mmodule = new MModule(model, parent.mgroup, mod_name, nmodule.location)
- nmodule.mmodule = mmodule
- nmodules.add(nmodule)
- self.mmodule2nmodule[mmodule] = nmodule
-
- var imported_modules = new Array[MModule]
-
- imported_modules.add(parent)
- mmodule.set_visibility_for(parent, intrude_visibility)
-
- mmodule.set_imported_mmodules(imported_modules)
-
- return nmodule
- end
-
- # Visit the AST and create the `MModule` object
- private fun build_a_mmodule(mgroup: nullable MGroup, mod_name: String, nmodule: AModule): nullable MModule
- do
- # Check the module name
- var decl = nmodule.n_moduledecl
- if decl == null then
- #warning(nmodule, "Warning: Missing 'module' keyword") #FIXME: NOT YET FOR COMPATIBILITY
- else
- var decl_name = decl.n_name.n_id.text
- if decl_name != mod_name then
- error(decl.n_name, "Error: module name missmatch; declared {decl_name} file named {mod_name}")
- end
- end
-
- # Create the module
- var mmodule = new MModule(model, mgroup, mod_name, nmodule.location)
- nmodule.mmodule = mmodule
- nmodules.add(nmodule)
- self.mmodule2nmodule[mmodule] = nmodule
-
- if decl != null then
- var ndoc = decl.n_doc
- if ndoc != null then mmodule.mdoc = ndoc.to_mdoc
- end
-
- return mmodule
- end
-
- # Analysis the module importation and fill the module_importation_hierarchy
- private fun build_module_importation(nmodule: AModule)
- do
- if nmodule.is_importation_done then return
- nmodule.is_importation_done = true
- var mmodule = nmodule.mmodule.as(not null)
- var stdimport = true
- var imported_modules = new Array[MModule]
- for aimport in nmodule.n_imports do
- stdimport = false
- if not aimport isa AStdImport then
- continue
- end
- var mod_name = aimport.n_name.n_id.text
- var sup = self.get_mmodule_by_name(aimport.n_name, mmodule, mod_name)
- if sup == null then continue # Skip error
- aimport.mmodule = sup
- imported_modules.add(sup)
- var mvisibility = aimport.n_visibility.mvisibility
- if mvisibility == protected_visibility then
- error(aimport.n_visibility, "Error: only properties can be protected.")
- return
- end
- if sup == mmodule then
- error(aimport.n_name, "Error: Dependency loop in module {mmodule}.")
- end
- if sup.in_importation < mmodule then
- error(aimport.n_name, "Error: Dependency loop between modules {mmodule} and {sup}.")
- return
- end
- mmodule.set_visibility_for(sup, mvisibility)
- end
- if stdimport then
- var mod_name = "standard"
- var sup = self.get_mmodule_by_name(nmodule, null, mod_name)
- if sup != null then # Skip error
- imported_modules.add(sup)
- mmodule.set_visibility_for(sup, public_visibility)
- end
- end
- self.toolcontext.info("{mmodule} imports {imported_modules.join(", ")}", 3)
- mmodule.set_imported_mmodules(imported_modules)
- end
-
- # All the loaded modules
- var nmodules: Array[AModule] = new Array[AModule]
-
- # Register the nmodule associated to each mmodule
- # FIXME: why not refine the `MModule` class with a nullable attribute?
- var mmodule2nmodule: HashMap[MModule, AModule] = new HashMap[MModule, AModule]
-
- # Helper function to display an error on a node.
- # Alias for `self.toolcontext.error(n.hot_location, text)`
- fun error(n: ANode, text: String)
- do
- self.toolcontext.error(n.hot_location, text)
- end
-
- # Helper function to display a warning on a node.
- # Alias for: `self.toolcontext.warning(n.hot_location, text)`
- fun warning(n: ANode, text: String)
- do
- self.toolcontext.warning(n.hot_location, text)
- end
-
- # Force to get the primitive method named `name` on the type `recv` or do a fatal error on `n`
- fun force_get_primitive_method(n: ANode, name: String, recv: MClass, mmodule: MModule): MMethod
- do
- var res = mmodule.try_get_primitive_method(name, recv)
- if res == null then
- self.toolcontext.fatal_error(n.hot_location, "Fatal Error: {recv} must have a property named {name}.")
- abort
- end
- return res
- end
-end
-
-# placeholder to a module file identified but not always loaded in a project
-private class ModulePath
- # The name of the module
- # (it's the basename of the filepath)
- var name: String
-
- # The human path of the module
- var filepath: String
-
- # The group (and the project) of the possible module
- var mgroup: MGroup
-
- # The loaded module (if any)
- var mmodule: nullable MModule = null
-
- redef fun to_s do return filepath
-end
-
-redef class MGroup
- # modules paths associated with the group
- private var module_paths = new Array[ModulePath]
-end
-
-redef class AStdImport
- # The imported module once determined
- var mmodule: nullable MModule = null
-end
-
-redef class AModule
- # The associated MModule once build by a `ModelBuilder`
- var mmodule: nullable MModule
- # Flag that indicate if the importation is already completed
- var is_importation_done: Bool = false
-end
-
-redef class AVisibility
- # The visibility level associated with the AST node class
- fun mvisibility: MVisibility is abstract
-end
-redef class AIntrudeVisibility
- redef fun mvisibility do return intrude_visibility
-end
-redef class APublicVisibility
- redef fun mvisibility do return public_visibility
-end
-redef class AProtectedVisibility
- redef fun mvisibility do return protected_visibility
-end
-redef class APrivateVisibility
- redef fun mvisibility do return private_visibility
-end
-
-redef class ADoc
- private var mdoc_cache: nullable MDoc
- fun to_mdoc: MDoc
- do
- var res = mdoc_cache
- if res != null then return res
- res = new MDoc
- for c in n_comment do
- var text = c.text
- if text.length < 2 then
- res.content.add ""
- continue
- end
- assert text.chars[0] == '#'
- if text.chars[1] == ' ' then
- text = text.substring_from(2) # eat starting `#` and space
- else
- text = text.substring_from(1) # eat atarting `#` only
- end
- if text.chars.last == '\n' then text = text.substring(0, text.length-1) # drop \n
- res.content.add(text)
- end
- mdoc_cache = res
- return res
+ # This means that current (and future) submodules of `module` will also import `filename`.
+ fun inject_module_subimportation(mmodule: MModule, filename: String)
+ do
+ var am = load_module(filename)
+ if am == null then return # forward error
+ var mm = am.mmodule
+ if mm == null then return # forward error
+ # Add the new module before the existing submodules in the hierarchy
+ for subm in mmodule.in_importation.direct_smallers do
+ subm.set_imported_mmodules([mm])
+ end
+ # Register the new module as a conditional_importations for future submodules
+ conditional_importations.add([mm, mmodule])
+ # Register the new amodule to be processed by `run_phases`
+ toolcontext.todo_nmodules.unshift am
end
end
nitlanguage / nit.git / blobdiff